Open Engineering

10/06/2025

https://www.linkedin.com/posts/open-engineering_oofelie-pas25-activity-7338152927989022723-EbT6?utm_source=share&utm_medium=member_android&rcm=ACoAAADwu1gBE71C_VaQ_kiAI6ay6gKh00BhByQ

Less than one week to go until the Le Bourget Air Show! ✈️ We are looking forward to speaking with other engineers and industry professionals about our most recent advances in multiphysics modelling and simulation. Let's meet at booth G31, Hall 2b to explore how our cutting-edge simulation t...

10/02/2025

PiezoMEMS

Yole Group has released a new market research that emphasises the relevance of piezoelectric devices in the MEMS market.

💬 Share your thoughts, experiences, or projects below. We'd love to connect and discuss how we can support your innovations!

PiezoMEMS: close to $6B by 2030?

21/01/2025

Excited to announce that I'll be participating in the Space4Defence 2025 event! Looking forward to exploring the latest advancements in space technology and defense. Let's innovate and collaborate for a safer future!

The event aims at bringing together European space actors interested in and eligible to apply for European Defence Fund calls for proposals.

21/01/2025

The OOFELIE::Multiphysics Solver can be used from Simcenter 3D (SIEMENS) to provides multidisciplinary analysis of a broad range of transducers, MEMS, microsystems, and optical devices products in the aeronautics, space, defense, automotive, shipbuilding, and consumer electronics markets.

30/06/2023

Acoustic Wave Propagation: illustration of FEM BEM coupling applied to a submarine. The Fast Multi-pole Method is used to accelerate calculations.

23/09/2022

Electromagnetic wave propagation in a rectangular waveguide

20/09/2022

As a member of the space community, Open Engineering attends the Industry Space Days (ISD) at ESA/ESTEC.
Visit us booth D28.

19/09/2022

https://www.youtube.com/watch?v=ioJnEW8YOII

[video: ArianeGroup ]

13/09/2022

Time domain simulation of a WR75 rectangular waveguide.

Time domain simulation of a rectangular waveguide

27/07/2022

This is EPYC!

When the direct sparse solver of OOFELIE::Multiphysics is employed in a contemporary HPC system such as Karolina which is made up of two AMD EPYC 7H12, 64-core, 2.6 GHz processors per node, there are significant gains to expect. Here after, a model with 6 billion degrees of freedom: